We previously reported
on Jeff Rubin of CIBC World Market's prediction of gas costing $7 to
$10 per gallon in four years; Now Rubin makes his prediction of its
impact.
Over the next four years, we are likely to witness the greatest mass
exodus of vehicles off America’s highways in history. By 2012, there
should be some 10 million fewer vehicles on American roadways than
there are today—a decline that dwarfs all previous adjustments
including those during the two OPEC oil shocks.
Rubin notes that over 57 million Americans have access to public
transit, and that more and more of them will use it, starting to "act
more like Europeans", starting with lower income people.
Our analysis suggests that about half of the number of cars coming off
the road in the next four years will be from low income households who
have access to public transit. At their current driving habits, filling
up the tank will have risen from about 7% of their income to 20%, an
increase that will see many start taking the bus.
The Wall Street Journal writes:
Gas prices already appear to be reshaping suburbia. But what Mr.
Rubin is predicting is a far bigger shock to the American system.
Europe has had decades to develop a society based on expensive energy.
What will happen if Americans suddenly are forced to shoulder
European-style energy prices — but without the European-style society
to cope with them?
Key characteristics of the American home continue to evolve, in part
because of a dramatic slowdown in the housing industry, in part because
emerging weakness in the national economy, in part because of
demographic changes in our population, and in part because of the
growing awareness of sustainable design principles.
One
obvious sign of the changing characteristics of homes is their size.
According to government figures, the average size of a new home has
increased almost 50 percent over the past three decades. As recently as
2006, almost twice as many residential architects participating in the
AIA Home Design Trends Survey reported home sizes to be increasing as
reported them to be decreasing. By 2007, that trend had reversed, as
more residential architects reported home sizes to be decreasing than
increasing. With the 2008 survey, more than twice as many respondents
reported home size declines as reported increases (33.5 percent vs.
15.5 percent).
Trends are similar, although less
pronounced, for the volume of homes (e.g., higher ceiling heights,
two-story foyers). In our 2005 survey, most (51 percent) residential
architects reported that the volume of homes was increasing, where only
a small minority (4 percent) reported them to be declining. By 2008,
with growing concerns over housing affordability as well as
dramatically higher home energy prices that increase the cost of
heating these larger spaces, this gap had narrowed significantly: 28
percent of respondents reported the volume of homes to be increasing,
while 12 percent reported them to be declining.
Just recently, Sustainable Industries announced their list of the Top 10 Green Building Products
for 2008. To get that magic number of 10 products, SI accepted roughly
80 nominations and narrowed those products down based on their ability
to meet the following criteria: LEED compatibility, environmental
performance, value, scalability / market impact, innovativeness, and
design aesthetic. Without further ado, here are the Top 10 Green
Building Products for 2008:
A new study makes the case that solar power is emerging as a cost-
effective hedge against fossil fuels and is likely to reach cost
parity with retail-electricity rates in most regions of the U.S. in
less than a decade.
The Utility Solar Assessment (USA) Study, produced by clean-tech
research and publishing firm Clean Edge and green-economy nonprofit
Co-op America, provides a comprehensive roadmap for utilities, solar
companies, and regulators to reach 10% solar in the U.S. by 2025.
The report can be downloaded at www.cleanedge.com and www.solarcatalyst.org (Co-op America's solar
program Web site).
The study finds that significantly scaling solar power in the U.S.
will require the active involvement of utilities. The study delivers
a to-do list for the three key stakeholders in the nation's solar
industry. Among others, the action items include:
-For utilities: Take advantage of the unique value of solar for peak
generation and alleviating grid congestion; implement solar as part
of the build-out of the smart grid; and adapt to new market
realities with new business models.
-For solar companies: Bring installed solar systems costs to $3 per
peak watt or less by 2018; streamline installations; and make solar
a truly plug-and-play technology.
-For regulators and policy makers: Pass a long-term extension of
investment and production tax credits for solar and other
renewables; establish open standards for solar interconnection; and
give utilities the ability to "rate-base" solar.
The USA Study also reports that:
-For the first time solar power is beginning to reach cost parity
with conventional energy sources. As solar prices decline and the
capital and fuel costs for coal, natural gas, and nuclear plants
rise, the U.S. will reach a crossover point by around
2015.
-Installed solar PV prices are projected to decline from an average
$5.50-$7.00 peak watt (15-32 cents kWh) today to $3.02-$3.82 peak
watt (8-18 cents kWh) in 2015 to $1.43-$1.82 peak watt (4-8 cents
kWh) by 2025
-Solar power offers a number of advantages over conventional energy
sources. Among them, the ability to deliver energy at or near the
point of use, zero fuel costs, minimal maintenance requirements and
zero carbon-based source emissions.
-The investment to arrive at 10% solar in the U.S. is not small,
reaching $450 billion to $560 billion between now and 2025, an
average of $26 billion to $33 billion per year. However, given
utilities' existing capital costs such an investment is not
prohibitive. To put the investment in perspective: Utilities spent
an estimated $70 billion on new power plants and transmission and
distribution systems in 2007 alone.
"One of the big takeaways from this report is that, in many ways,
the future of solar is in the hands of utilities," said Ron Pernick,
Clean Edge cofounder and managing director and USA Study
coauthor. "Reaching 10 percent of our electricity from solar sources
by 2025 will require the active participation of utilities along
with the support and participation of regulators and solar
technology companies."
In just the past year, a number of utilities and solar companies
have announced aggressive programs to deploy large-scale solar power
projects, including Southern California Edison's plan to install 250
megawatts of distributed solar PV, Duke Energy's stated goal of
investing $100 million in rooftop solar, and Pacific Gas &
Electric's announcements to invest in thousands of megawatts of
concentrating solar power in California's deserts. While these
players are still in the vanguard, a number of other utilities are
looking to join them to help bring solar power to scale – and the
study shows that solar could become "ubiquitous" as with earlier
semiconductor-based revolutions.
"As capital and fuel costs have doubled or tripled for coal, natural
gas, and nuclear power over the past few years, solar power costs
are coming down," explains Alisa Gravitz, Co-op America executive
director and USA Study project director. "For the first time in
history, cost-competitive solar power is now within the planning
horizon of every utility in the nation."
The study, written by Pernick and Clean Edge contributing editor
Clint Wilder, is based on interviews with more than 30 solar,
utility, financial, and policy experts and leverages proprietary
Clean Edge data on solar PV market size, cost and pricing history
and projections, and other key market factors.
West Coast Green, the premier conference and expo on green building, business and design will host nearly 400 exhibits, advanced interactive educational tracks and dynamic networking events for business professionals from across the country.
In 2008, West Coast Green will attract more than 13,000 participants and 400 exhibitors. This year’s signature program has been designed by over 100 thought leaders. Participants will come away from the most interactive conference on green innovation with inspired vision and understanding of the way innovation is cultivated, nurtured and grown for the benefit of humanity.
At the heart of West Coast Green is a commitment to realigning ourselves with and enhancing the brilliant, common sense, vitalizing building and design principles of the natural world.
$1,100,000
- Gorgeous 3 BR/1.25 BA Marina Style Condo North of Panhandle
28 Clayton Street @ Fulton
Welcome to
a rarely available NOPA gem with lots of green features. This beautiful lower unit Marina-style condo in a
2-unit building provides generous space for your needs. With a third bedroom
added and a bathroom remodel, this house has it all. A new deck on the back
along with a hot tub allow for prime relaxation.
As you
enter the home, you will notice the beautiful hardwood floors throughout. At
the top of the private entry stairs, you will find yourself in the large dining
room that leads you to the living room with a wood burning fireplace and
original built-ins, both rooms perfect for entertaining.
This home has three
large bedrooms and one and a quarter bathrooms. The recent remodels and
additions were all done with eco-friendly construction techniques including:
Bathroom
Icestone (recycled glass)
vanity counter top
Two under-mounted sinks with
low-flow faucets
Woodshanti reclaimed Cherry
and Walnut cabinets and drawers
Dual flush Toilet
Oceanside recycled glass tile shower with low-flow
shower heads
No VOC (Volatile Organic
Compounds) paints
Ultratouch recycled blue jean
insulation
FSC (Forest Stewardship
Council) certified wood
High efficiency exhaust fan
Stairway and Third Bedroom
FSC certified wood in all
framing
FSC Brazilian Cherry floors
Ultratouch insulation in all
walls, floors and ceiling
No VOC paints
Rear Deck
FSC Douglas Fir framing
FSC Redwood decking and
railings
No VOC sealers
You will
also find yourself within blocks of shopping, restaurants, USF, UCSF, public
transportation, and the Panhandle of Golden Gate Park. Centrally located, this
location is great for commuters or people who like to explore all that San Francisco has to
offer.
Open House Schedule:
Tuesday,
June 24 – 11:00 – 12:30 – Broker’s Tour
Saturday,
June 28 – 2:00 – 4:00
Sunday,
June 29 – 2:00 – 4:00
Tuesday,
July 1 – 11:30 – 1:00
Sunday,
July 6 – 2:00 – 4:00
Offers reviewed Tuesday July 8 12:00
noon.
For showings and more information,
please email James Rogers at
Top floor condo located in quiet building located next to fine restaurants and transportation.
- Two Bedrooms/ Two Full Baths
- Gourmet Kitchen with Viking Gas Range
- Formal Dining Room with French Doors to Living Room
- Living Room with Wood Burning Fireplace
- Large Private Terrace off Living Room
- Three Skylights/ Great Closet Space
- In Unit Washer/Dryer
- One Car Parking and Additional Deeded Storage Space
- HOA Dues: $344.10 Per Month
New Listing – 1.4 Acre Lot with plans for your luxury Green Home $895,000.
This idyllic 1.4 acre lot with panoramic views of hills, valleys and open space is situated on a private cul de sac in the Novato’s Greenpoint area. The property includes the plans for a Michelle Kaufmann modular, 4 Bedroom, Sunset Breeze, LEED Platinum rated home. The design uses energy efficient, sustainable design elements to create a beautiful balance between indoor and outdoor space.
This lot is ready for you to build your LEED Platinum home. All plans have passed the design review process. Now is the time to custom design the features that are most important for you.
Details of 50 Lockton Lane:
4 BR, 4 BA
High Ceilings
Plans include:
Wine Cellar
Library
Office
Meditation Courtyard
Decks
Storage
The Lot:
Security gate at entrance of street
Surveyed
Soil test is available
Planning design board approved
Driveway to lot
Utilities are available
To learn more, please call
Nancy Copeland
510 612-2441
San Francisco supervisors
gave final approval Tuesday to a program that will create a $3 million
fund to provide rebates for residents and businesses that install solar
power systems.
The supervisors also gave initial approval to another solar rebate
program, sponsored by Supervisor Ross Mirkarimi, to create a $1.5
million fund for nonprofit organizations and low-income residents at or
below the city's median income level. That money would fund a one-year
pilot program.
Under the $3 million program, sponsored by Supervisor Bevan Dufty,
residents could receive between $3,000 and $6,000 for photovoltaic
systems that produce at least 1 kilowatt of electricity. Businesses
could receive $1,500 per kilowatt installed, with a cap of $10,000.
You might be thinking, "Why is this green building blog talking about a car company?"
But don't, because the relationship between home, work, transportation,
and all that is quite complex. Yesterday, news on Toyota's plug-in
hybrid technology spread across the internet at a fairly quick clip --
it's important news that will affect us in more ways than the price
paid at the pump. According to Autoblog Green,
Toyota announced it would produce a plug-in hybrid with lithium-ion
batteries starting in 2010, with large scale production into
2011-2012. This is good news, but here's why plug-in electric vehicles
matter for the future of green buildings:
Plug-in
hybrid owners need to have sources of power that are green. Buildings,
and particularly green buildings, if they prepare, can provide that
source of green power.
Switching from Oil to Coal?
Green
buildings will be better positioned to supply electrical power to
plug-in hybrid owners than those buildings that are not green. Why?
Well, because plug-in hybrid owners don't want to just switch from oil
to coal. Sure, coal is cheaper in price, but it's not cheaper in terms
of environmental impact. Car owners want to get away from coal and oil
completely. They want to use renewable energy to electrically power
their plug-in vehicles. So, green buildings source some or all of
their energy from renewable sources -- and if they can channel that to
the plug-in stations, car owners will receive a valuable service. Any
planned green building project with a parking lot or garage needs to
have plug-ins planned.
Green Buildings Replace Gas Stations?
Second,
green building owners should consider the economic benefits of being
able to provide green energy to plug-in hybrid vehicle owners.
Buildings might just replace the gas stations. Let me say that again:
buildings might just replace gas stations. The following scenario
illustrates how this might work.
Imagine if (1) you have solar on your roof, (2) your company
building purchases/generates green power, and (3) you own a plug-in
hybrid. You plug in the car at night to recharge. You plug in the car
when you get to work to recharge. You might run errands in between,
but you have some good distance in the car, so you can do a lot between
home and work, and vice versa. You probably never need to fill up the
car with gas, unless you have a long road trip.
Also imagine, maybe, that you go to the mall or some other retail establishment that has Solar Groves
in the parking lot. You're set to recharge while you're shopping.
These retail establishments could place a meter on the plug and charge
a price based on how much energy you take. The price they charge might
even pay for the Solar Grove system or even just pay for the retail
establishment's energy requirements. Plug-in hybrid owners might just
shop or work longer, depending on how much juice they have in the car!
Buildings, parking lots, and facilities that can show
plug-in owners that they're providing green energy will benefit.
Depending on the time it takes to recharge, quick stops at gas stations
won't work and stationary recharge moments in the parking lot or at
home will work. So places that have recharge points might even develop
new individualized pump-type technology to meter how much energy they
give to a car. New business models can and should spring from this
technology.
Technology Interconnections:
So
it's going to be important to pay attention to the interesting
connections between renewable energy creation, plug-in stations, energy
storage systems, off-peak energy use, smart grid technology, and
plug-in hybrid vehicles. Plug-in hybrids are one component to an
interesting new energy future and participants in the green building
movement should anticipate this new energy future.
As reported by LA Times blog Pardon Our Dust, the Pacific Coast Builders Conference
holds an annual competition for the coolest building products and the
green building product selections are in. This year, over 600
home-building professionals voted on roughly 125 product submissions,
and some of the best have risen to the top. The following list
represents the cool-product winners in the green building category for
2008:
1. Rinnai LS Series Tankless Water Heater
Tankless water heaters are small, provide on-demand water on an
endless basis, and are energy efficient. Rinnai's water heaters are
said to be 30% more energy efficient than traditional natural gas water
heaters and up to 50% more efficient than electric water heaters. More
on Rinnai LS Series tankless water heaters.
2. Eagle Solar Roof
Eagle Solar Roof is a system that maintains the aesthetics of a tile
roof while integrating flush, solar panels to generate electricity.
Other than a slight change in color where the solar panels are placed
in the roof, this system has been popular with upscale developments in
the Southwest. Eagle Roofing has a nice selection of concrete roofing
tiles, too. More on Eagle Solar Roof.
3. Cree LED Lighting LR6 Light Bulb
I've heard that these lights are selling out in green building
stores -- so I'm not surprised to see product on the list. The LR6
installs easily in most standard 6-inch recessed IC or non-IC housings
and provides good light, energy efficiency, beautiful color, and
affordability. More on the Cree LED LR6.
4. Akeena Solar Andalay Solar Panels
[pictured above] The Akeena Andalay system is sleek,
modern, all black, and has no spaces between the panels. The system
also requires 70% fewer roof-assembled parts and 25% fewer roof
penetrations -- making it cheaper to install. Andalay has proven to be
quick to install and less industrial in appearance. More on Akeena Solar Andalay.
5. GE Profile SmartDispense Front-load Washer/Dryer
Not only is the SmartDispense W/D combo stylish, but it's smart,
too. Using H2ITION technology, the washer automatically senses the
load and uses the right amount of water, saving roughly 5,800 gallons
per year compared to a typical top-load washer. It also sucks most of
the water out through the rinse cycle, so drying doesn't take as long.
The SmartDispense washer has storage for detergent and softener and
adds that automatically based on the load size. More on GE Profile SmartDispense.
Solar photovoltaics have their challenges, from shortages of silicon to the sheer cost of purchasing and installing solar panels, but a new report from the Prometheus Institute
says that both these problems will be addressed over the next few
years, leading to cheaper solar and an abundance of capacity to produce.
Based on their research, Travis Bradford, president of the
Institute, says that prices for traditional silicon-based panels should
fall from $3.66 per watt (2007 figures) to $2.14 per watt in 2010, and
more impressively, thin-film PV should go to $1.81 per watt from $2.96.
When coal, currently the least expensive source of power, is around $2.10 per watt to generate*, the expected drop in price for solar will make it far more competitive.
Any news that solar is becoming more affordable is great as it will
encourage more individuals to install them at home, and businesses to
do likewise, either to offset their electricity consumption or
installing them in a for-profit initiative. The report, however, also
highlights an interesting figure - and companies
who are currently building silicon-producing facilities that will come
online in the next couple of years, should pay attention: The current
global production capacity for silicon and thin-film panels is around
3.14 gigawatts, but will hit 12.36 gigawatts in 2010. That's an
increase of just under 400%, an enormous amount that is sure to be
welcomed by the environmental community.The demand, however, is only
expected to be 6.76 gigawatts, up from 2.94 gigawatts in 2007, leaving
over 5 gigawatts of unused capacity. Hopefully this will drive prices
further down, resulting in greater demand, but this may have already
been reflected in the statistics.
The reason for the drop in prices is due to the expected hike in
silicon production, a shortage of which is currently being felt. It is
expected that silicon availability will quadruple to 125,302 tons by
2012, providing a massive oversupply of the material to the industry.
Thin-film manufacturers who use no silicon will not be affected by this
overabundance, however they will have to compete with the dropping
prices of conventional panels, hence the drop in price.
It may also, though this is probably wishful thinking, push
governments to start offering more incentives to those who install
solar in a bid to use up the remaining capacity and financially support
their manufacturers who by this point will be a very large industry,
employing tens of thousands of people.
Despite some encouraging environmental and energy-efficiency
developments in recent years, none of America’s 13 largest publicly
traded homebuilders has “fully embraced the emerging market of
sustainable building design and construction,” according to a major new
study by Calvert—one of the nation’s leaders in the field of
sustainable and responsible investing—with support from the Boston
College Institute for Responsible Investment.
However, Calvert
found that K.B. Home, of Los Angeles, is “clearly leading the
homebuilding industry in terms of environmental sustainability,” while
four other homebuilders—K. Hovnanian, Red Bank, NJ; MDC Holdings,
Denver, CO; Standard Pacific, Irvine CA; and last-place finisher NVR
Inc., Reston, VA—are on what the report terms the “sustainability
bottom rung.” As the Calvert report explains: “The biggest challenge
facing this group is that, for the most part, they have not
acknowledged that there is a market for green homes or that they have a
role in serving or promoting it.”
For best-to-worst rated, the
balance of the top 13 U.S. homebuilders are: tied for #2 D.R. Horton,
Fort Worth, TX; and Pulte, Bloomfield Hills, MI; #4 Centex, Dallas, TX;
#5 Lennar, Miami, FL; #6 Ryland, Calabasas, CA; #7 Beazer, Atlanta, GA;
#8 Meritage, Scottsdale, AZ; and #9 Toll Brothers, Horsham, PA.
Entitled Greener Pastures for America’s Homebuilders? A Survey of Sustainable Practices by the Homebuilding Industry,
the Calvert report concludes: “Our survey of the 13 largest publicly
traded U.S. homebuilders finds that, while every major homebuilder has
incorporated some environmental and efficiency programs and products
into some of their new homes, none has fully embraced the emerging
market of sustainable building design and construction. Calvert’s study
of the sustainable policies, programs, and performance of the nation’s
largest homebuilders revealed that the industry has a long way to go
before any of the companies can truly claim to be addressing the risks
and opportunities inherent in the environmental and climate change
dilemmas.”
Commenting on the report, Stu Dalheim, Director,
Shareholder Advocacy, Calvert Group, said: “This is a real and growing
issue for homebuyers and for investors. As consumers become more
educated about environmental options and green residential
construction, and as regulators increase incentives for green
development and restrict conventional development efforts, some
homebuilders may be at a competitive disadvantage if they have not
integrated sustainable design and construction principles into their
construction. In the green building market there is a first-mover
advantage: Companies that make a concerted national effort to integrate
sustainability into project sites, construction materials, and
construction processes, as well as to provide energy, water, and
habitat conservation options in finished products, will be able to
build a brand image as the environmental choice for home construction.
This brand will help environmentally conscious consumers make their
selection of a homebuilder.”
David Wood, Director, Boston
College Institute for Responsible Investment, said: “Calvert’s efforts
to identify and benchmark best practices in sustainable homebuilding
are a leading indicator of how sustainability is likely to be
integrated into investment analysis of the homebuilding sector in
coming years.”
At this very moment, ElectraTherm is releasing details of the successful installation of its new product, a commercial waste heat generator called the Green Machine.
ElectraTherm tested their first Green Machine at none other than my
alma mater, Southern Methodist University, and the results exceeded
initial expectations. Stated simply, the Green Machine makes
electricity from residual industrial heat that usually just goes to
waste. ElectraTherm's new product employs minimal heat (200 degrees F
liquid) to generate fuel-free, emissions-free electricity at $0.03 -
$0.04 per kWh during a three-year payback period and at under $0.01 per
kWh after that. SMU's test of the 50 kW Green Machine reached output
well beyond the 50 kW rating.
What's
unique about this installation of the Green Machine at SMU is that it
shows that the technology can be implemented on a smaller scale --
making it available to a wide range of industries. The electricity
produced at SMU using waste heat is equivalent to the electricity used
by roughly forty (40) 2000 sf homes.
ElectraTherm explains some of the cost advantages of their new technology: "The
company’s patented Twin Screw Expander enables the ElectraTherm Green
Machine. The expander is 1/10th the cost of a turbine as the energy
block. Because the energy block generally constitutes 30 to 40 percent
of the Organic Rankine Cycle (ORC) system cost, the ElectraTherm Green
Machine is approximately 30 percent less than any turbine ORC system.
The unit operates without gearboxes or high end electronics required to
synchronize a turbine to a generator. Inline process lubrication
eliminates oil pumps, filters, separator tanks, parasitic loads and
maintenance issues heretofore associated with lubrication. Hence, this
groundbreaking technology greatly reduces maintenance and greatly
extends the life of the ElectraTherm Green Machine over turbine-based
energy solutions."
The Green Machine waste heat generator uses the ORC to recover
energy from stationary engines, industrial manufacturing and process
plants, thermal oxidizers, and geothermal, etc. to produce from 25 kW
to 1.5 MW of electrical power. The Department of Energy reports that sources of waste heat are plentiful, and as a result, we can expect to see more of ElectraTherm in the future.
Last month, Lorax Development broke ground
on a building that's being billed as the first off-grid building in San
Francisco. At 1400 sf, The Eco Center is certainly an example of the
future of green buildings -- buildings that are off-grid and
sustainable. The Eco Center is a $1.5 million environmental education
center that will be located in McLaren Park. Designed by Toby Long Design
for the non-profit Literacy for Environmental Justice (LEJ), when it
opens in the fall, it will be the first building in San Francisco,
purportedly, to recycle its own wastewater. Additionally, the off-grid
center will have solar panels and an extensive green roof.
This is going to be an incredible facility serving the San Francisco area.
Speaking of the educational aspects of The Eco Center, project manager Laurie Schoeman said, "When
the lights go out, and there’s no energy from the sun, we’ll need to be
mindful that we don’t have unlimited amounts of energy ... and we’re
going to showcase to kids that, when you flush the toilet, it goes
somewhere."
I think it's great that we're teaching young students important
lessons of conservation and sustainability, but if you really think
about it, maybe we need an educational center that teaches adults the
same?
Exquisite 3+Bd/2 Ba Marina-style Excelsior Home - 686Naples.com
$780,000
Features:
• Living Room with Barrel-front Bay Window & Hardwood Floors
• Large Eat-in-Kitchen & Formal Dining Room
• 2 Large Bedrooms and 1 Bath Upstairs
• Stylish Master Suite with Walk-in Closet, Private Bathroom
• Large Garage with Workbench and Storage
• Dual-pane Windows Throughout
• Many, many System Upgrades
This house is stunning. Truly. While the chic exterior colors give you a glimpse into the possibilities awaiting you inside, only a walk-through will do it justice. From the newly planted Friends-of-the-Forest tree at the front sidewalk to the landscaped backyard, this house is sure to please even the most selective homebuyers.
Featured in HGTV’s House Hunters, this 3 bedroom, 2 bath spacious home possesses charming period features including crown molding throughout, a tiled fireplace, and glass-fronted built-ins. Not only is the eat-in-kitchen spacious and light, but the formal dining room exits on to the deck and yard making it a great entertainment space.
Downstairs, the lovingly and creatively renovated private Master Suite boasts a huge walk-in closet with custom organization system, a relaxing two-person Jacuzzi tub and walk-in shower, dual sinks and private water closet. Storage abounds in this home, with under-stair space, and a plenty of shelves in the garage – with still more than enough room to park your car. A mud-room right off of the garage with a shoe closet, and an easily accessible laundry room completes the lower level.
Crocker Amazon, with children’s playgrounds, sports fields, restored wetlands, and off-leash dog park is within a short walk. As are retail stores, restaurants and coffee shops, and MacLaren Park with many hiking trails. Public transportation is just steps away; BART is close-by. Well-situated between Highways 101 and 280, the location of this home makes your commute that much easier.
All in all, this home is one to be proud of!
Showing Schedule:
Saturday, June 7, 2-5pm
Sunday, June 8, 2-5pm
Get to know this symbol because chances are it’s going to be as
ubiquitous as the blue star of EPA’s other conservation program, ENERGY STAR. Launched in 2006 the EPA’s WaterSense
program seeks “to enhance the market for water-efficient products and
services by building a national brand for water efficiency.” Viewed
mainly as a program for water-only products like toilets, faucets, and
irrigation systems, WaterSense does not include appliances, like
dishwashers or clothes washers, that use both water and energy - those
remain under the ENERGY STAR program. In 2007, the EPA released
WaterSense specifications for high efficiency toilets and high efficiency bathroom sink faucets.
They also offer certification programs for several irrigation
professionals, include golf course irrigation auditors. Specifications
for showerheads are in the works.
WaterSense is about to become very popular in the green building
community. In their proposed changes to the LEED programs, the US Green Building Council removed
some specifications for water saving credits, replacing them with,
“WaterSense-certified fixtures and fixture fittings should be used
where available.” It’s much easier to check for the WaterSense label
than it is to gather the specifications for every fixture.
WaterSense labeled bathroom faucets, at a maximum of 1.5 gallons per
minute, reduce water consumption by at least 30%. WaterSense labeled
high efficiency toilets, with a maximum of 1.28 gallons per flush, use
at least 20% less water than standard 1.6 gallons per flush toilets.
The EPA has claimed that if every home in the US switched to WaterSense
labeled fixtures, we would save 60 billion gallons of water a year.
Though some companies were already offering fixtures compliant with
the WaterSense standards, they are only recently getting literature out
to the public about their WaterSense labeled fixtures. Expect to see it
popping up everywhere.
It has been almost 20 years since the EPA
confirmed the dangers of indoor VOCs (volatile organic chemicals), yet
so little has been done to make the air inside our homes and offices
and less toxic. Poor ventilation systems, sealed buildings and our use
of synthetic products in the home are the main causes of our
inner-pollution and, for most of us, these problems can’t be reversed
overnight. But with the help of plant therapy, we can combat household
VOCs and breathe easier. That is why we are super excited about this
excellent Plants for Your Health chart from Good Magazine.
Good has made it easier to fight indoor air pollution by pairing
pollutants with there botanical adversary in this quick reference chart
for the home. Indoor air pollutants like gas heaters, smoke, pressed
wood, insulation, paint, pets, humans and even air fresheners. All of
which can have detrimental effects to your health including headaches,
bronchitis, asthma, and skin irritations, just to name a few.
Thankfully, a few potted plants here and there can reverse some of the
toxic effects in your abode, and bring life and color to a beige on
beige rental.
Chrysanthemums, spider plants, English ivy and weeping figs are among the dozens of plants that’ll do double duty in your home. Good Magazine’ssuper chart will guide you through your homes worst toxins and their botanical combatants.
Welcome to your new home, a charming and private one bedroom, one bath condo in Adams Point, near Lake Merritt. Sophisticated and bright, this apartment is a great jumping-off point – in size, price, and location – whether you’re buying your first place, or looking for a conveniently located apartment, or both.
Upon entering the condo, you’ll be sweetly surprised at how open and inviting the living area of the home is – from the afternoon light pouring in, to the chic and newly remodeled kitchen, this unit stands-out. Whether you are starting the day, cup of coffee or tea in hand, on your private patio, or ending it by making dinner in your well-laid out kitchen, you’re bound to take pleasure in your new place. With room to entertain, you’ll enjoy having your friends over as much as you enjoy your own time.
Housed in Cambridge House, an established and well-run building in a great neighborhood, this unit has additional amenities that provide ease of living: for instance, plenty of storage, an assigned parking space, and large closets.
The condo is just a short walk to beautiful Lake Merritt, one of Oakland’s jewels, the newly built Whole Foods, Trader Joe’s, the entertaining neighborhoods of Grand Lake and Piedmont, and downtown Oakland. For the fuel-conscious buyer, BART and the casual carpool is close-by. San Francisco is only two exits away by car. And if all that’s not enough, the transcommuter bus will get you quickly to the City, while still giving you time to relax.
This lovely condo has lots to offer! Come discover all this and more…
Showing Schedule:
Sunday, May 18, 2-5pm
Thursday, May 22, 10am-1pm
Sunday, May 25, 2-5pm
On Lockbox
Or Call Listing Agent for Appointment
We recently had the pleasure of touring Homes on Esprit Park and were delighted with the beauty and elegance of the design, as well as with the amount of green features. If you are interested in touring this gorgeous development in progress, please contact us at
to be connected with an agent. Competitive sales prices are available for a limited of time so please don't hesitate to get in touch with us!
More About the Project
We set out to build homes that would blend seamlessly into the rich
history of the Dogpatch/Potrero Hill community. We offer simple and
elegant design solutions that integrate the historic character of these
existing brick structures with the new and inviting spirit of these
homes.
Homes on Esprit Park are
livable. Each home is the result of our planning process centering on
meeting the needs of each homeowner through enlightened and long-term
urban design.
Homes on Esprit Park are ideally
situated. Restaurants, shops, entertainment and recreation are in close
proximity, and transportation is easily accessible.
Homes on Esprit Park are
environmentally thoughtful. Wherever possible, we have used the
original building materials from the structure's former incarnations as
the Schilling Wine Cellars built in 1906 and, more recently, as the
Esprit company headquarters. Landscaping has been designed to
incorporate many sustainable measures. And all finishes have been
considered for their low environmental impact.
We believe the result has
surpassed our original vision and invite you to come share in our
vibrant community.
Green Aspects:
- All timbers from the original brick structure we're either re-used or sent for reconditioning and re-use.
- Reuse of two structures rather than demolition.
- Nearly all units designed to have two exposures to aid in natural heating and cooling and cross ventilation.
- High-efficiency dual-glazed window systems.
- Sound and thermally insulated buildings.
- Large windows for natural lighting.
- Trex (recycled wood) materials for roof decks.
- Concrete and steel construction (rather than wood-frame).
- Concrete and steel construction (rather than wood-frame). Both the aggregate in the concrete and the steel have a significant proportion of recycled content.
- Preservation of large, existing specimen trees on-site and off-site.
- Ideally located 2 blocks from both Light Rail and Cal Train to encourage public transportation use.
- FSC (Forest Stewardship Council) certified wood flooring
- Efficient and effective water-based radiant floor heating (except mezannine areas in brick buildings where it will be baseboard radiant)
- Significant green areas to capture rain water and prevent runoff and create a tree canopy in the south courtyard around the reflecting pool.
- City Care Share site planned for at least two cars. Encourages convenience use of automobile vs. purchase.
- Energy efficient appliances and toilet as standard in all units
We are thrilled to announce that Green Key Real Estate has been approved to sell franchises in the state of California.
If
you are a green minded independent broker who would like to align with
a growing statewide, and soon to be national, green real estate
franchise, or if you are currently operating a franchise where the
parent company is not aligned with your green values, please email
Chris Bartle at
for more information.
Some of the benefits of opening a Green Key Real Estate franchise are:
Established entry into a growing and valuable market niche
Corporate values aligned with franchise owners’ and agents' values
Franchise fee lower than average for industry
Royalty fees lower than average for industry
No annual renewal fees
A standardized accounting, cost control system
Comprehensive and holistic training program for franchisees in the operational aspects of the Green Key Real Estate business
Unique, holistic and comprehensive training program for both emerging and established agents
All operations for all offices and agents are carbon neutral included in your franchise and royalty fees.
Preferred green vendor lists and vendor qualifications
Preferred lender relationship with MortgageGreen
New (coming soon) Green Key web site best in class
Only web site with green building certifications and features in addition to standard MLS data
National and regional advertising programs
Collection and dissemination of national green building and real estate market data, trends and forecasts to franchisees
We are also in
conversations with brokers in several other states to register to sell
franchises outside California. If you are interested in joining our
team in another state, please do not hesitate to email
Chris Bartle at
.
Here's to greening the real estate industry and the homes we live in one sale at a time!
Thousands of new technology
industry and other professional jobs and a burst of new housing
construction attracted more new residents to San Francisco in 2007 than
in any year in nearly a decade and drove the city's population to a new
high of more than 824,000.
The 12,284 arrivals were drawn to an estimated 10,000 new jobs and
the city's enduring panache - good weather, views, arts and culture,
restaurants, and access to the outdoors.
But San Francisco still has some of the highest housing prices
in the world and a long-standing housing shortage, so where will all
these people live?
At least some of them will occupy the 2,500 new homes added in 2007
- the most housing created in the city in at least 19 years - and in
the 3,281 units the city authorized for construction last year, the
tangible result of city government's efforts to make up for minimal
housing production in past decades.
Parts of the South Bay kept pace with San Francisco's job and
housing growth - with San Mateo County adding jobs and San Jose
constructing slightly more housing - but other neighboring counties
fell behind San Francisco in both categories, according to statistics
recently released by several state agencies.
Professional job market good
Workforce observers say that computer-systems designers and people
who perform other professional, scientific and technical services have
seen San Francisco as a good job market in recent years. Meanwhile,
technology companies such as Yahoo and Google have opened offices in
the city in part to accommodate employees and clients who don't want to
commute to Silicon Valley.
"San Francisco has had a lot going for it for a long time, but some
of those things matter more now than ever before," said Jed Kolko, a
California economy expert at the Public Policy Institute of California.
"There's a very educated and skilled workforce here, and it's a place
where a lot of people want to live."
Compared to much of the United States, San Francisco's economy is
not dependent on housing development and therefore was not hurt by a
loss of construction and other housing-related jobs that were lost
elsewhere as part of the mortgage crisis, Kolko said.
Some observers said the city's economy is tied to the success of the
technology industry more than ever before, and, for that reason, it is
affected less by national economic trends.
These are home improvements that are an investment even in a recession
Just a few years ago, a real estate flipper
could parlay a several-thousand-dollar upgrade into a substantial
profit. A $30,000 investment in new kitchen tiles, countertops and
appliances, for example, might reap $60,000 upon resale.
Those days are over. Contractors' phones
are no longer ringing off the hook, and as housing prices continue to
drop, cash-strapped homeowners are remodeling in different ways.
One
clear favorite? Going green. "Sustainable" and "renewable" materials
and appliances are in high demand based on present trends, according to
the American Institute of Architects.
A large part of that has to do with how people
now view their homes. As flipping has stalled, and many would-be
sellers are sitting out the market, they're turning to green changes as
a way to reduce their energy bills and improve their quality of life. Based on AIA research in February
that polled 500 architects in the residential sector, buyers are
willing to pay $5,000 extra for an energy-efficient home.
Kitchens
have always been home-design hot spots, and that is unlikely to change.
But instead of shelling out for a stainless steel Sub-Zero refrigerator
or marble countertops, homeowners are opting for renewable materials.
"There
is a growing interest in eco-friendly features for kitchens, such as
bamboo and cork flooring, and concrete and bamboo countertops," says
Kermit Baker, the AIA's chief economist. He says that this trend
continues to the bathroom, where water-saving toilets and LED lighting
have displaced demand for luxury installations like towel-warming
drawers, double-sink vanities and whirlpool baths.
Radiant
heating, though, is a luxury buy that for some is also economical.
While outfitting an 800-square-foot space with such a system, which
entails installing heatable coils below the floor surface, can run
between $5,000 and $7,000, the U.S. Department of Energy estimates that
radiant heating saves 20 percent a year in energy costs.
While energy-efficient features like these will undoubtedly require an outlay, many come with
large tax rebates. In heating costs alone, the Environmental Protection
Agency estimates as much as $465 in savings when EnergyStar windows are
used to replace single-pane ones. What's more, you'll get a tax rebate
of 10 percent of costs, up to $200.
But
before you hit up your local home store, take heed. Appraisers stress
that simple cosmetic touch-ups often have the highest rates of return.
"It can be as simple as making sure
landscaping looks good, or that the exterior paint is fresh," says Alan
Hummel, chief appraiser of Minneapolis-based Forsythe Appraisals.
"Especially with median to luxury homes, curb appeal is very important."
That
means additions like carriage-style garage doors or a well-manicured
flower bed. Garages, in particular, can take up one-third to one-half
of a home's exterior, and a sharp door and drive might impress online
house-hunters and create a favorable impression once they get there.
One
final note: Given the current state of the market, you might have to
settle for these improvements merely helping to sell your home faster,
as opposed to netting more cash at the bargaining table.
Gruendl said there's mounting evidence that home buyers will pay more for green homes.
"We want to be part of the green community, but people typically haven't paid for that," he said. "Now they are."
Others are still skeptical that green fervor will translate into a willingness to pay higher home prices.
"I don't think it can quite be proven yet, at least on the premium
side, whether someone would actually pay more for a green or
sustainable building or house versus one that isn't," said Matt
Anderson, a partner at Foresight Analytics in Oakland, which studies
the green building industry. "On the cost-savings side, I think there
obviously is something to that."
There are measurable savings due to energy efficiency and operating
costs that can cut the financial outlay for constructing green
buildings and developments. As more people understand those savings,
that will drive growth in LEED certification, Anderson said.
Neighborhood Development LEED certification is a natural next step
for the LEED program, said Dan Geiger, the Bay Area executive director
for the U.S. Green Building Council, which developed LEED certification
process.
"LEED began as a certification for buildings. But what we were
really focused on is how do we build a green community: Not just a
building in isolation, but how do we design and build and develop
neighborhoods that are sustainable?" Geiger said.
Get on the Bus
One way is to place those neighborhoods near public transportation.
That was a factor BayRock considered when developing Oak Walk. It's off
of San Pablo Avenue and where AC Transit's bus routes have 13,000 riders a day along the corridor between Contra Costa College
in San Pablo and Jack London Square in Oakland. Increasing both
ridership and reliability of that bus system has been a major focus at
AC Transit.
Median sales price rose across the board from last month.
The selling price vs. listing price percentage increased in single family homes and TIC’s, but dropped in condos.
Days on market decreased across the board.
In terms of sales volume, single family home and condos increased drastically over last month, but we had just 2 more TIC sales than we did in March.
So here’s this month’s summary of home sales pulled directly from the MLS. Remember, these are all closed sales and not pending sales.
Check back monthly to get the latest facts and figures - and if you
have any questions about these statistics, or the market in general,
feel free to give me a holler! I’m always happy to talk “real estate!”
Here’s a quick snapshot of the market from April 1, 2008 through April 30, 2008:
Single Family Homes
193 Homes Sold
Median Sale Price was $935,000
Minimum Sale Price was $350,000
Maximum Sale Price was $5,625,000
Median Selling Price was 104% of asking price
Median Days on Market was 30
Median Selling Price for homes that sold within 30 days was 105% of asking price
Condominiums, Lofts & Co-ops
184 Homes Sold
Median Sale Price was $815,000
Minimum Sale Price was $335,000
Maximum Sale Price was $4,625,000
Median Selling Price was 98% of asking price
Median Days on Market was 35
Median Selling Price for homes that sold within 30 days was 104% of asking price
TIC’s
40 Homes Sold
Median Sale Price was $664,000
Minimum Sale Price was $263,500
Maximum Sale Price was $1,799,000
Median Selling Price was 102% of asking price
Median Days on Market was 45
Median Selling Price for homes that sold within 30 days was 102% of asking price
On Saturday, June 14, Green Key Real Estate is pleased to announce our first field trip to tour the Pacific Cannery Lofts (PCL) at Central Station in Oakland, a short 10 minute drive or BART from Downtown San Francisco. Holliday Development, the developers of PCL are offering an early bird special tour of the property specifically for Green Key Real Estate clients and friends. Special financing for the first 50 qualified buyers is available. The lofts range from approximately 750 sq/ft-2000 sq/ft and are priced from the mid $300s to mid $600s. Each loft features a unique floorplan and has green upgrades available. Some of the green features of the lofts and site plan include:
• Energy Star appliances
• Dual flush toilets
• No Voc paints
• Cork and bamboo options
• Velo bicycle workshop/lounge and 2 bike parking spaces per unit
• Work from home in the live/work lofts with 2 entrances, 1 public, 1 private
We’ll be taking a biodiesel shuttle leaving from the Green Key Real Estate office at 444 8th St at 11:00 am. If coming from other locations, please email Amy for specific directions. Once there we’ll tour the model units and then be treated to an organic wine and cheese tasting. Visit www.pacificcannerylofts.com for more information on the project. Email Amy Roither at
to RSVP or with any questions.
There’s a downside to nearly all renewable energy
technologies available for homeowners. Cost. Though over time a solar power or small wind system may pay for itself in savings from not
buying fuels or power from the grid, the initial outlay for renewable
energy is staggering for mere mortals. Despite the wisdom of a penny
saved is a penny earned, most Americans consider sales price first,
long term savings last.
However simple, low
tech, clever products or affordable high tech plug and play
technologies may be the key to bringing renewable energy into the home.
For example a water-filled black rubber, plastic or even canvas bag
hung from a tree limb is a way for campers to grab a hot shower
courtesy of the heat of the Sun. Like the hot water that flows from a
garden hose lying on the ground on a sunny day, given a few hours a
sack of water hanging in the sunlight will provide a soothing, though
brief, shower. These solar water heaters are plentiful through camping
and outdoor supply outlets. (The technology has advanced, too, with
some models offering battery-powered pumps so the solar heated water
can be used for more than showers.)
Now the
Industrial Design Consultancy (IDC) of the UK has taken the black bag
solar water heater concept and expanded it a bit more. Its design, the
SolarStore, appears much like an inflatable mattress but it’s double
chambered. The inflated outer chamber is clear and allows sunlight
through to the black inner chamber which holds about 8 gallons (30
liters) of water. The inflated chamber helps SolarStore hold its shape
air also insulates the water filled area. The weight of the filled bag
holds it in place on any surface. Additionally a header tank - another
water filled bag - connected by hose and positioned at a higher
elevation than the SolarStore “mattress” itself allows for constant
water pressure.
Fully inflated SolarStore is has about two meters
square or nearly 22 square feet, plenty of surface area to absorb solar
radiation. IDC says up to three full tanks of water per day can be
solar heated to temperatures close to 80C (176 F).
SolarStore
is geared towards homes in developing countries as well as recreation
users or at remote sites, like that safe cabin in the woods. Uninflated
it can be carried in a knapsack. But its portability shouldn’t be a
deterrent to more permanent installations. It seems feasible that
crafty homeowners could use multiple units working in parallel to
provide ample, very low cost hot water for homes. Hot water could be
used for heating and/or domestic use. Even if the SolarStores have to
be replaced every few years the energy savings might be worth it.
The
appeal of course with any simple low tech design is the low initial
outlay of cash. IDC estimates that SolarStore should sell initially for
under GBP100 ( under $200) per unit. However, SolarStore looks like
it’s the kind of product that if mass produced could sell for much
less. The company says the cost of a SolarStore should be paid for in
energy savings in 6 months at UK energy costs.
In a cautionary note, as with any new untested-over-time product the long term durability and functionality are unknown.
The company, with patents secured and manufacturing capabilities in place, is now seeking potential distributors worldwide.
This is big news for the green building revolution, because a solar
farm like this could power roughly 190k homes in California. Referred
to as the Topaz Solar Farm,
this $1 billion, 550-megawatt plant would cover roughly 9.5 square
miles, and if constructed, would be the world's largest photovoltaic
solar farm. Hayward-based OptiSolar
is developing plans for the project as we speak. According to their
current time line, OptiSolar will apply for a conditional use permit in
May 2008 and begin construction in 2010. Topaz Solar Farm would then
be completed over three years.
OptiSolar
manufactures the thin-film PV technology that would be used in Topaz
Solar Farm. The solar panels are mounted on ballasts in the ground
with the tops at less than five feet off the ground. Their particular
design of solar cell uses a thin film of amorphous silicon, which
allows the company to produce modules at a low cost and insulate itself
from the current silicon supply crunch.
In addition to the
Topaz Solar Farm, OptiSolar is working on various other large-scale
solar projects around the world to provide roughly 90 MW of solar
energy.
Back in December, the Department of Building Inspection
(allegedly) retooled its "process" under the leadership of then-new DBI
Director Isam Hasenin: "[The plan] will create a streamlined, efficient
review and approvals’ process that delivers high quality, predictable
and responsive customer services," quoth Hasenin of the new scheme,
claiming that the city would eliminate unnecessary reviews and regulations
while developing a city-wide automated permit tracking system. Triumph
for Joe Average Home Owner, right? Perhaps so— if the department
weren't projecting a $14.8 million deficit for the coming year. Net
result of said deficit? Starting in October, the cost of commercial and residential building permits will be jacked up by anywhere from 30 percent to over 50 percent
in order to fund said "responsive customer service. Local building
associations and other ad-hoc groups have largely expressed support for
the plan; one Commissioner has expressed dissent because the fees were
conjured based on an estimated, not actual deficit figure. More suspect
than anything is the 188-point "action plan" that the
inflated fees are said to support; the city claims that turnaround time
for permits will speed up, while better online services will become
available to consumers. But 188 points? A lot to manage, no?
· Cost of home-improvement permits to soar [SF Examiner]
· Hell = Frozen Over: City Permit Process "Streamlined" [Curbed SF]
2005’s Solar Decathlon blew us away, but we were particularly fascinated by a stunning Solar House from Cornell University. This team brought a beautiful zero-energy home to the mall in Washington, D.C., and had just launched ZeroEnergy Design,
a home design firm focused on zero-energy design. Continuing their
momentum as green home design gurus, two of the Cornell Solar Decathlon
team members have just launched a new endeavor aimed at bringing custom
green design to the masses through an innovative business model called FreeGreen. Started by David Wax and his partner Ben Uyeda, FreeGreen is making green home designs free to everyone!
FreeGreen provides
a selection of green home designs for free, with a range of styles from
traditional to modern. While the basic designs are free, homeowners can
take the process even further and customize their designs for an
additional (and very reasonable) fee. The cost of the design process,
and of the free home plans, is kept to a minimum through partnerships
between FreeGreen and green building product manufacturers - paid placement from product manufacturers.
As homeowners consult with FreeGreen for customized designs, they are introduced to healthy, energy-saving,
sustainable products that are sponsors of FreeGreen’s eco-enterprise.
It is a win-win-win collaboration that introduces people to green building principles and products and allows consumers on any budget to own a custom designed, green home.
Ultimately, FreeGreen is about providing people with the options and knowledge to make informed decisions. Green building products
are widely available but sorting through the myriad choices, or even
knowing where to look, is a daunting task for most new homeowners. Freegreen
is solving this problem by offering excellent green building consult at
little cost to the consumer. According to the founders, “The goal at
FreeGreen is not to produce the greenest possible home but
rather to provide a variety of different home plans that allow people
to create homes that fit their lifestyles in a responsible and
equitable manner.”
FreeGreen is launching this month starting with several great designs
including our favorite, The Suburban Loft, a modern home suitable to
all climates. Characterized by open floor plans and high ceiling loft
spaces, this design will be available in a range of sizes to fit many
lifestyles and landscapes.
We think FreeGreen
is a great idea and a wonderful way to bring information, innovation
and green design choices to everyone - “because green design should be
accessible to all.” We are thrilled to announce the launch of FreeGreen!
A cluster of skyscrapers
rivaling the Transamerica Pyramid would rise around the West Coast's
tallest tower under an ambitious proposal that would shift the heart of
San Francisco's downtown south of Market Street.
The city's zoning plan, unveiled Wednesday at a packed public
meeting, would allow as many as seven new skyscrapers to surpass the
current 550-foot height limits in an area surrounding the planned
Transbay tower - a high-rise of roughly 1,000 feet adjacent to a new
Transbay Terminal at First and Mission streets.
The Board of Supervisors and Planning Commission would have to
approve the zoning proposal, which is likely to be revised in response
to public comments. A thorough environmental report is also required.
But planners argue that the taller skyscrapers would create a more
dynamic skyline and are needed to meet the city's projected demand for
office space. A bonus, they say, is that tax revenue from the new
buildings would help pay for part of the multibillion-dollar transit
hub intended to serve bus passengers from around the Bay Area and rail
commuters from the Peninsula and farther south.
"There is a renewed interest in heights given the constraints on the
environment and a move toward transit-oriented development," said Dean
Macris, a development adviser to Mayor Gavin Newsom and former city
planning director who oversaw much of the proposed rezoning. "But these
changes are fully justified even if there was no transit center, given
the growth projections for San Francisco over the next 25 years."
Macris said the proposal - which, in addition to the Transbay tower,
makes room for at least six towers in the 600- to 800-foot range on
selected sites along Howard and Mission streets - is a logical
extension of the city's Downtown Plan. That 1985 rezoning sought to
preserve historic buildings north of Market while steering growth south
into what then was a moribund area.
It could take at least 18 months for any proposed rezoning to go
through the public process, meaning that it would be 2010 at the
earliest before any extra-tall towers break ground.
In the Bay Area and much of California, 2007 was a year for city dwellers.
New population estimates released Thursday show there are more than 38
million Californians - about 490,000 more than a year ago - and that
much of the local growth had a distinctively urban character.
Population estimates for 478 cities released Thursday by the California Department of Finance show:
• San Jose fell just short of 1 million people but added more than
17,000 new residents - more than in any year since the 2000 Census,
with San Jose comprising more than half of the total growth for Santa
Clara County.
• Densely populated San Francisco notched its highest population on
record, 824,525 people, gaining more than 12,000 new residents and
growing by 1.5 percent.
• Los Gatos topped 30,000 people for the first time, while Gilroy
topped the 50,000-person mark, with both cities ranking among the 10
fastest-growing in the Bay Area.
• Milpitas was the fastest growing city in Santa Clara County, where
planners are encouraging more densely packed, urban-style housing.
• About 80 percent of the new housing built in San Jose was multifamily, urban-style housing.
Mary Heim, California's state demographer, noted that the state had few
of the booming suburban hot spots in 2007 that it had in previous years.
"What I've seen is the population growth seems more generally distributed than it was be